Today, software applications must do more than function correctly; they must also remain reliable, fast, and stable under different conditions. This is where performance-focused testing comes in. Relying on a single type of test, such as unit testing, is insufficient because it checks only isolated logic and misses larger issues like system behavior under heavy loads or extreme stress.
Enterprise Resource Planning (ERP) systems manage core processes such as HR, finance, sales, inventory, and more. They consolidate multiple subsystems into a single platform, streamlining data flow. The more user-friendly a system appears, the more challenging its implementation can be. Multiple reports indicate that nearly 70% of ERP implementations fail to achieve their initial goals, and over 20% fail completely.
Continuous testing in DevOps ensures that software is tested automatically at every stage of the software development lifecycle. This approach makes testing an ongoing activity rather than a final step, providing rapid feedback and detecting issues before they grow into costly problems.
Software testing is essential to ensure the delivery of stable, high-quality software. However, testing often requires developers to revisit the codebase multiple times and perform significant rework to fix bugs and errors.
Delivering reliable, high-quality software is not easy. Development teams must follow a specific set of steps across the different stages of the software development lifecycle (SDLC). Among those phases, performance testing is important for assessing the quality and performance of the product within a dedicated performance testing environment.
Testing processes are used to improve the software solutions. To enhance the software testing procedure, metrics are essential. QA and testing teams use software testing metrics to analyze the progress, performance, and effectiveness of various testing activities.
Black Box vs White Box Testing involves two different approaches to software testing: Black box testing involves testing the software without knowledge of its internal workings, while white box testing requires the tester to understand the system's internal structure and logic.
Software testing parameters and methods are developed to ensure that the quality of the software is not compromised. Verification and validation are two of the methods in software testing that help to define the overall success of the software development process.
The rapid evolution of software development technologies has created tough competition for software development companies in the digital landscape. As a result, it has become essential for software testing companies to implement appropriate testing strategies at the right time to avoid future repercussions.
The biggest challenge anyone faces when working on an IT project is to decide whether to use old and established tools or to give modern tools a chance. The same confusion happens when it comes to web test automation, particularly when comparing Playwright vs Selenium.
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